Siemens ILE0001 Series High Low Voltage AC Motor

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Siemens ILE0001 Series High Low Voltage AC Motor

Q: What does it do, what industry is it from, and what is it mainly used for by industries?: A squirrel cage rotor is the rotating part commonly used in an AC induction motor. An electric motor with a squirrel cage rotor is sometimes called a squirrel cage motor. In overall shape it is a cylinder mounted on a shaft. Internally it contains longitudinal conductive bars of aluminium or copper set into grooves and connected together at both ends by shorting rings forming a cage-like shape. The name is derived from the similarity between this rings-and-bars winding and the wheel on which pet rodents (including squirrels) run.

Q: I have this AC single phase motor, 115 volts at 1800 RPM. If i spin the shaft faster than 1800 RPM will the voltage stay the same, increase, or decrease around 115 volts?: voltage will increase and the motor may burn itself out

Q: If an induction motor is rated at 0.5HP and 370W at 220V single phase, is this just at start up or when under operating load. In this instance it's a submersible water pump designed for continuous duty operating on a power curve with a maximum flow rate of 400Litres/min and maximum dynamic head of 14.5 metres. Apart from general interest my main reason is that I want to get some idea of the operating costs of running this pump to supply my pond waterfall on a 24/7/365 basis.: 370 W is the under load power usage rating of the motor. When idling it will be less. If put under load that would require the motor to use more than 370W it risks burning out (there is often a safety margin).

Q: What happens to DC motors when they are connected to AC current?: akm 69 is correct this is beoz dc motors have commutator ring whereas AC one's has slip rings,now when AC is supplied to DC motor the direction of coil movement wil change very rapidly as becoz magnets in motor are repeling it but repelling in different direction very rapidly will act as huge resistance to electrons and they will loose energy in form of heat letting it to burn!

Q: I am having this problem on how to incorporate programs in our PIC16F84A project.: it will be difficult to hand turn any motor fast enough to illuminate a bulb that large. You could put a volt meter on the motor while you turn it to see how many volts you get. You can also drive one motor with another motor, just to see what the best voltage possible is. A DC motor will generate DC voltage, and the DC voltage will likely be small - approx 12 volts or less. If you spin such a motor fast enough to generate 120 volts, it will self-destruct, because it's spinning ten times faster than it's designed. There will also be inefficiencies, so you will only get part of the electric energy out. You might want to try a smaller bulb, like a flashlight bulb.

Q: What are the classifications of AC motors?: According to the different rotor structure, three-phase asynchronous motor can be divided into two major categories, squirrel cage and winding. Among them, squirrel cage is the most widely used.

Q: What is the 'A' Dimension of an AC electric motor?: A also stands for Amperes. But not when it is part of AC.

Q: Sorry that no one could read my mind in answering this question last time. The answers were not to the point. quot;To maintain same power at lesser voltage you need more currentquot;. Well does the motor know what power it has to deliver? Isnt the power delivered determined by voltage that is applied? It is an open loop circuit right? So what is the factor that induces the motor to draw more current at lesser voltage? Please.....: it somewhat is thoroughly linear, extra modern is had to do the same paintings with much less voltage, and vice-versa. With AC the situation is extra laid low with the fee sensor circuits, which will immediately call for extra modern to maintain shaft velocity. If the present headroom isn't there the motor can lag right into a at the back of schedule phasing state and right this moment overheat and cook dinner the windings.

Q: Hello everyone thanks for reading my question!For a project for school I have to describe the inner working of an ac motor of a turntable. Over the input and output of the ac motor there is a resistor (220 ohm). I would like to know what it does and why it has that value. I don't know the input voltage for sure but it's quite low. (lower then 20V)Thanks in advanceAlex.: The resistor is there in parallel to slow down the speed of the motor. The type of circuit that turns AC into DC would be a rectifier. After the transformer the voltage is likely AC, you would send it through a bridge rectifier consisting of diodes to limit the later half of the sine wave or negative potential. The rectifier will also smooth out the voltage signal and turn it into a full on DC voltage. The resistor is in parallel to the DC motor as a load. It limits the current to the motor since it is in parallel, thus limiting the speed. Since it is a DC motor it may be limiting the back EMF that the DC motor is producing as well.

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